Course Highlights
- This RTL Design & Verilog program is designed to equip learners with the fundamentals of digital design, Verilog HDL, and real-world hardware implementation. The course covers basic to advanced Verilog concepts, focusing on designing combinational & sequential circuits, implementing FSMs, and working with communication protocols.
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Nasscom Assessment
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Placement Assistance
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Course Details
What will you learn in RTL Design Using Verilog?
- Understand RTL Design Principles
- Develop expertise in Gate-Level, Dataflow, and Behavioral Modeling techniques.
- Explore Advanced Verilog Concepts.
- Implement Communication Protocols
Why should you take RTL Design Using Verilog?
- Industry-Relevant Training, Focus on real-world applications and Verilog-based hardware design. Hands-on Experience, Practical implementation of RTL circuits & digital designs. Job-Ready Skills – Essential for FPGA, ASIC, and Digital Design Engineer roles.
Who should take RTL Design Using Verilog?
- Engineering Students & Fresh Graduates entering VLSI & Embedded Systems.
- FPGA/ASIC Engineers looking to strengthen RTL & Verilog skills.
- Hardware Designers & Embedded Developers working with communication protocols.
Curriculum
- Verilog & RTL Design Fundamentals
- Verilog Basics - Data types, operators, procedural & continuous assignments.
- RTL Design Methodologies - Top-down vs. Bottom-up approach.
- Modeling Techniques - Gate-Level, Dataflow, and Behavioral modeling.
- Advanced Verilog & Sequential Circuits
- Sequential Circuit Design - Flip-Flops, Counters, Shift Registers.
- Finite State Machines (FSMs) - Mealy & Moore state machines.
- Timing Control & Loops - If-Else, Case statements, For, While, Repeat loops.
- Communication Protocols & Industry Applications
- UART, SPI, I2C, Protocols - Verilog implementation of real-world serial communication protocols.
- Memory Design & PWM (Pulse Width Modulation) - Implementing CRC checking, frequency dividers, and memory designs.
Tools you will learn in RTL Design Using Verilog
- This program provides hands-on experience with industry-standard tools for Verilog-based RTL design, simulation, synthesis, and debugging. These tools are widely used in FPGA, ASIC, and hardware verification workflows.